「Lattice」の共起表現一覧(1語右で並び替え)
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8 came the first 100 ft aluminum alloy closed | lattice aerial ladder which became a Peter Pirsch spe |
a system that results from stretching a cubic | lattice along two of its orthogonal pairs. |
ystal lattices result from stretching a cubic | lattice along one of its lattice vectors, so that the |
The Chasman-Green | lattice, also known as a double bend achromat lattice |
ies of the material by distorting the crystal | lattice and disrupting the physical and electrical ho |
r temperatures many phonons are active in the | lattice and all of the amplitude of the transition sh |
The distinction between a Bethe | lattice and a Cayley tree is that the former is the t |
pple slices (some are decorated with a pastry | lattice and most are made with short crust pastry). |
y Rudolf Wille in 1984, and builds on applied | lattice and order theory that was developed by Birkho |
tetragonal (from stretching the simple-cubic | lattice) and the centered tetragonal (from stretching |
ovide the structural backbone of the clathrin | lattice, and the three light chains are thought to re |
places a high degree of strain on the mineral | lattice and causes an increase in the number of grain |
entres occupying a hexagonally closest-packed | lattice, and bismuth centres occupying either one-thi |
h AgCN, the linear chains pack on a hexagonal | lattice and adjacent chains are off set by +/- 1/3 c, |
Brillouin zones, a) in a square | lattice, and b) in a hexagonal lattice |
mulated system is treated as a unit cell in a | lattice, and when a particle moves out of the cell, i |
The latter authors viewed the method as a | lattice approximation to the real space of extra dime |
An alternative approach using | lattice approximations is covered in (Wick rotated) l |
For a complete | lattice, arbitrary subsets have both infima and supre |
internal diameter steelwork 422353647768 unex | lattice arch' mean? |
orphism, sulfur and nickel within the olivine | lattice are reconstituted into metamorphic sulfide mi |
d herbertsmithite, contain layers with kagome | lattice arrangement of atoms in their crystal structu |
The deformation of the NaCl | lattice, as measured by x-ray diffraction (XRD), serv |
kel and cobalt atoms incorporate into diamond | lattice, as demonstrated through characteristic hyper |
als leading eventually to the collapse of the | lattice as it becomes unstable |
hat all their space groups have the hexagonal | lattice as underlying lattice. |
es of an electron in a two-dimensional square | lattice, as a function of a magnetic field applied to |
t one of their space groups has the hexagonal | lattice as underlying lattice, and is the union of th |
ppm Ni and up to 2500ppm S within the crystal | lattice, as contaminants and substituting for other t |
r instance, an impurity atom I with 4 nearest | lattice atom A neighbours (at equal distances) in a F |
usually on true off-lattice sites between the | lattice atoms. |
ial atom position with respect to its nearest | lattice atoms. |
Lattice based access control models were first formal | |
inite fields, vectors, matrices, polynomials, | lattice basis reduction and basic linear algebra. |
It is also called the Union Jack | lattice because of the similitude of its unit cell to |
lah, and Crumlin, the superstructure is not a | lattice, being typically a Warren truss; and other la |
r being one of the founders of the successful | Lattice Boltzmann method for fluid dynamics. |
s also authored the well-known monograph "The | lattice Boltzmann equation for fluid dynamics and bey |
onds, represented as dimers which live on the | lattice bonds. |
Stages :Adayar B.S., Adayar Depot, | Lattice Bridge Rd. |
The iron | lattice bridges crossing the Gwydir River at Bundarra |
The | Lattice Brown (Kirinia roxelana) is a butterfly of th |
0 is removed from this structure it remains a | lattice but ceases to be complete. |
e to insert lithium into the uranium trioxide | lattice by electrochemical means, this is similar to |
a single dislocation will offset the crystal | lattice by one close-packed crystallographic spacing |
µOhm·cm/h) due to self-damage of the crystal | lattice by alpha radiation. |
a body-centered cubic or face-centered cubic | lattice by introducing the nearest neighbor vector lo |
As originally implemented in | Lattice C, the various functions mapped directly to t |
ent on how easily dislocations in its crystal | lattice can be propagated. |
s and crystallographic defects in the crystal | lattice can also play role of deep-level traps. |
recovery, strain builds up within the crystal | lattice causing it to warp. |
anslational symmetry of a unit cell including | lattice centering, the point group symmetry operation |
nstant, and clearly depends on the particular | lattice chosen for the walk since cn does. |
- Manufacturers of electric fans, highmasts, | lattice closed towers and poles. |
The effect can destroy a crystal | lattice completely while leaving the outward appearan |
moments) can be calculated from the gradient | lattice.. Considering the sets of local norms and phas |
Pearson symbol cP16, space group P213 No.198, | lattice constant 0.5125 nm. |
The | lattice constant changes smoothly between the values |
It has a NaCl crystal structure, with a | lattice constant of 685 picometres. |
ees of freedom, making it possible to fix the | lattice constant while varying the bandgap. |
The | lattice constant for zinc sulfide in the zincblende c |
It is a crystalline solid with the | lattice constant of 0.5615 nm. |
lid having a cubic crystalline structure, the | lattice constant of 628 pm and calculated density 3.9 |
The | lattice constant is 0.61 nm. |
The mismatches of | lattice constants of the materials create tensions in |
o avoid mechanical strain from differences in | lattice constants. |
This mast is of guyed steel | lattice construction with triangular cross-section an |
The rest are of steel | lattice construction. |
Each period of the Chasman-Green | lattice contains a focusing quadrupole magnet symmetr |
sed to distinguish between the electronic and | lattice contributions to thermal conductivity. |
m dissipation of thermal phonons in a crystal | lattice, cooling the crystal in the process. |
Lattice corneal dystrophy type I | |
en towers" (respectively) because their white | lattice crowns resemble the heads of chess pieces. |
Homemade rhubarb pie with | lattice crust |
onry and a verandah with iron lace and timber | lattice decorations to the middle level with timber p |
ntial for producing high densities of crystal | lattice defects, particularly dislocations, which can |
Lattice density functional theory (LDFT) is a statist | |
It has cubic | lattice, density 7.08 g/cm³ and Mohs hardness is vari |
n years, Aranovich and Donohue have developed | lattice density functional theory (LDFT) based on a g |
Lattice density functional theory has several advanta | |
(or Linzertorte) is an Austrian torte with a | lattice design on top of the pastry. |
Constructed out of wrought iron of | lattice design, with glass covering the middle half a |
Materials - wrought-iron framework of | lattice design, glass covered the middle half, timber |
Unlike most masts, which are of a | lattice design, Winter Hill mast is of a tubular cons |
worked with intricate polychrome foliate and | lattice designs in the Moorish style. |
etz (German for "tone-network"), a conceptual | lattice diagram that shows a two-dimensional tonal pi |
z (German for "tone-network") is a conceptual | lattice diagram representing tonal space first descri |
Sometimes a | lattice display stand is built which adds particular |
elating ability, low threshold inhibition and | lattice distortion process. |
This gain is a result of both | lattice distortion and the modulus effect. |
through the crystal, the electron carries the | lattice distortion with it, thus one speaks of a clou |
An example of a circular | lattice distribution would be the probability of bein |
crete, in which case they are called circular | lattice distributions. |
diffraction with Bertram Brockhouse and used | lattice dynamics and to explain the phenomenon of fer |
tion can be used as a simpler way of deriving | lattice energies where high precision is not required |
These solid salts have very high | lattice energies. |
However, the value of the | lattice energy may either be derived theoretically fr |
when ions are closer together the | lattice energy increases (becomes more negative) |
rned out of having significant effects on the | lattice energy and other physical properties of heter |
dispersion-corrected DFT step to estimate the | lattice energy and stability of each short-listed can |
The precise value of the | lattice energy may not be determined experimentally, |
excitations in strongly correlated materials, | lattice excitations and so on. |
the unsuccessful Multipurpose Applied Physics | Lattice Experiment (MAPLE) atomic reactor, intended f |
two new Canadian Multipurpose Applied Physics | Lattice Experiment reactors planned and built to prod |
Alongside the waiting room side platform is | lattice fencing typical of M&GN stations. |
making it more likely for a component of the | lattice field to be able to stimulate the transition |
Lattice field theory provides a way to study the glue | |
Lattice field theory | |
Lattice filter transformed from the prototype to oper | |
The | lattice filter has an important application on lines |
The most common application of | lattice filters (X-sections) is in all-pass filters u |
itions in stimuli responsive gels through his | Lattice Fluid Hydrogels Bonding models. |
the positions of the atoms within the crystal | lattice follow the overall strain of the medium. |
dimensional volume of P, divided by d(L) (see | lattice for an explanation of the content or covolume |
lts in what appears to be a hollowed out step | lattice formation, as if someone had removed interior |
Then the | lattice forming parts will be counted and the titre c |
ectrolytes are essentially gels in a flexible | lattice framework. |
tenna, which was carried by 8 250 metres tall | lattice free-standing lattice towers with triangular |
open arches flanked by two blank arches with | lattice friezes. |
lly ordered quotient space W(X)/~ is the free | lattice FX given above. |
, DA Meyer, "Modeling dynamical geometry with | lattice gas automata", (1998). |
iques to make 10x algorithmic improvements in | lattice gas computations, landmark CFD accuracies, an |
e of the latter's initial version of its FX/1 | lattice gas parallel fluid flow computer. |
uce Bogosian as a means of simulating quantum | lattice gases, motivated by the use of "classical" ce |
ience and foundations of quantum mechanics to | lattice gauge theories to quantum gravity. |
nuclear physics, for the first formulation of | lattice gauge theory with chiral fermions, and for th |
on of the microcanonical ensemble approach to | lattice gauge theory with Aneesur Rahman, cited over |
by several observations in calculations using | lattice gauge theory. |
iver diagram that is analogous to lattices in | lattice gauge theory. |
proximation is an approximation often used in | lattice gauge theory in which the quantum loops of fe |
numbers is computationally very difficult in | lattice gauge theory. |
of quantum chromodynamics, where he has used | lattice gauge theory techniques to investigate spectr |
A | lattice girder footbridge linked the two platforms. |
t was remarkable in being a rare example of a | lattice girder supported on trestles, a combination o |
ned in 1869 and consists of five wrought iron | lattice girder spans of 35 metres each. |
A | lattice girder footbridge linked the platforms, while |
Puente de las Calabazas is a | lattice girder bridge near Coamo, Puerto Rico that da |
The headgear is made from wrought iron | lattice girders with rivetted plates at the joints. |
It had a roof of wrought iron | lattice girders and a tiled waiting room with the con |
Each consists of six | lattice girders: two 14-foot-deep girders (4.3 m), wh |
he same year, National Grid Group merged with | Lattice Group plc, owner of Transco - the UK gas dist |
steel tower-shell and the world's first steel | lattice hanging and arch-like overhead covers-shells |
ia Exhibition in Nizhny Novgorod of 1896 with | lattice hanging covering (tensile gridshell - lattice |
m LQG's spin networks to Levin and Wen's spin | lattice has yet to be done, but the project to do so |
This subset of Young's | lattice has both bilateral and rotational symmetry, a |
A bounded | lattice has a greatest (or maximum) and least (or min |
The | lattice has two basic structure units - the B12 icosa |
tionalized by noting that the AgI crystalline | lattice has essentially already partly melted in the |
storage ring constructed with a Chasman-Green | lattice has the important property that the circulati |
Lattice Higgs Workshop, B. Berg, G. Bhanot, M. Burban | |
rst hyperboloid structure-the steel open-work | lattice hyperboloid tower-is located. |
as Stanislav Range Rear Light, is a vertical | lattice hyperboloid structure of steel bars, serving |
The lighthouse is a vertical | lattice hyperboloid structure of steel bars, designed |
A poset is a bounded | lattice if and only if every finite set of elements ( |
this page, is that the graph G is a part of a | lattice in Euclidean space. |
Because it is a | lattice in which the meet and join operations are rep |
e magnetic properties of a theoretical kagome | lattice in two or three dimensions. |
ce holes due to interactions with the crystal | lattice in which the electron moves. |
erence of State Legislatures, Board member of | Lattice Incorporated. |
ron in a dielectric crystal, interacting with | lattice ions through long-range forces will permanent |
The Hasse diagram of this | lattice is isomorphic to the vertex-edge incidence gr |
An orthomodular | lattice is therefore defined as an orthocomplemented |
Conventionally, Young's | lattice is depicted in a Hasse diagram with all eleme |
The least element of this | lattice is the number 1, since it divides any other n |
A kagome | lattice is an arrangement of laths composed of interl |
The triclinic | lattice is the least symmetric of the 14 three-dimens |
The exterior | lattice is painted a colour officially called "Sky Tr |
In abstract algebra, a residuated | lattice is an algebraic structure that is simultaneou |
In other words, a relatively complemented | lattice is characterized by the property that for eve |
label-based mandatory access control model, a | lattice is used to define the levels of security that |
the Kelvin structure (or body-centered cubic | lattice) is optimal. |
Every semimodular | lattice is weakly semimodular. |
The traditional application of Young's | lattice is to the description of the irreducible repr |
This vertex arrangement or | lattice is called the B4, D4, or F4 lattice. |
However, since the concept | lattice is complete one can consider the join (Oi, Ai |
n the original two-port it is proved that the | lattice is equivalent for those two cases. |
Although called a | lattice, it is more closely related to the trihexagon |
process aided by contaminants present in the | lattice, it is known as Horsting voiding, a process s |
As an electron moves past atoms in the | lattice its charge distorts or polarizes the nearby l |
denotes an atomic site in a periodic crystal | lattice, k is the wave vector of the Bloch wave, r is |
Specifically, consider a | lattice L in Euclidean space Rn and a d-dimensional p |
hic to the spectrum of a bounded distributive | lattice L. In this case, L is isomorphic (as a bounde |
inction angle of various parts of the crystal | lattice, leading to this type of extinction. |
od match between the chromophore and the host | lattice leads to a uniform environment for all the ch |
sis is commonly known as Madagascar Laceleaf, | Lattice Leaf or Lace Plant. |
packages, including R through the vioplot and | lattice libraries, and Stata through the vioplot add- |
mall enough to fit between normal crystalline | lattice locations. |
For any choice of position vector R, the | lattice looks exactly the same. |
The diamond | lattice M3 admits no orthocomplementation. |
The | lattice M4 admits 3 orthocomplementations. |
udes a 152.4 metres (500 ft) high guyed steel | lattice mast with square cross section, which is surm |
It used a 337 metre high guyed steel | lattice mast of triangular cross section. |
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